Engineering and Technology
Sensorized tissue analogues enabled by a 3D-printed conductive organogel
M. R. Crump, S. L. Bidinger, et al.
This groundbreaking study by Michael R. Crump and colleagues showcases the innovative monolithic fabrication of hybrid printed/textile piezoresistive strain sensors implemented within a realistic Y/V plasty suture training pad. The developed organogel sensing medium demonstrates remarkable properties, including a maximum strain amplitude of 300%, negligible signal drift, and excellent cyclic stability, paving the way for future advancements in sensorized medical education.
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